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We provide modular automotive systems that transform mobility by bringing cutting-edge, safe-by-design self-driving technology and a complete, modular solution with flexible business models to the market. as a senior hw  system architect, your role will be to work closely with our oem partners and realize a successful integration of the adas to self-driving technology in these platforms. this role requires working from our jerusalem site at least 1 day per week. it also offers the flexibility to work part-time from our other sites, subject to seat availability.
what will your job look like?
lead end-to-end life cycle of the system architecture - from analyzing oems (customers) technical requirements to hw architecture definition, development and verification to ensure integration of our products into the vehicle platform.
work in close collaboration with various groups including algo, hw design, verification, sw architect, mechanics, and simulations.
provide architectural guidance and tradeoff recommendations throughout the whole design process from concept through production.
responsible for the main components selection and technical evaluation (trade-off between cost/performance etc.)
provide practical system architecture definition to board designers and sw/algo by managing system external interconnects and internal interfaces, SOC, mcu, definitions and optimization (based on oems requirements and other constraints).

join our advanced packaging team to define and develop cutting-edge semiconductor package solutions for automotive-grade digital and RF system -on-chip ( SOC ) products.
youll collaborate with internal teams and external osats to deliver high-performance, manufacturable, and reliable packages that meet stringent automotive standards.
what will your job look like:
define and specify advanced package architectures for digital socs and RF ics in automotive applications.
perform substrate design for flip-chip bga (fc-bga) packages, including stack-up, routing, and ball-out optimizations.
evaluate and select substrate technologies, materials, and package solutions based on performance, cost, and reliability.
collaborate with osats to define and validate assembly materials and process flows.
work closely with internal teams such as backend, sipi, product engineering, and quality & reliability to ensure seamless integration.
monitor yield, quality, and manufacturability across package development and production stages.
support dfm reviews and ensure compliance with automotive standards and customer requirements.

we are seeking a highly motivated and skilled radar system architect to join our team, focusing on automotive imaging radar systems. this role is pivotal in bridging the gap between our cutting-edge radar technology and our automotive customers' evolving needs. as the key technical focal point, you will lead customer engagements, manage system -level requirements, define system architecture in multiple domains and ensure successful integration and performance of our radar solutions in real-world automotive applications. what will your job look like?
define high level requirements for cutting-edge, automotive imaging radar
design system architectures and flows for critical functions, such as power management, safety monitoring and security
research and architecture for improving radar kpi's and capabilities
engage with customers, analyze and understand customer requirements
work closely with sw, algo, hw, vlsi and validation teams

the operating system team is looking for a highly talented Embedded sw integration engineer with a passion for operating systems and Linux in specific.
the team is developing the boot and operating system sw for autonomous vehicle and smart advanced driver assist platforms. what will your job look like?
hands-on debugging and testing of os and related components (boot, hw initialization, device drivers, Linux Kernel, user space libraries and tools & automated tests in Python ).
deep understanding of the involved os/boot components and their integration with other sw/hw modules involving testing automation and system level validation.
closely work with members of the boot and os development teams to integrate, TEST and automate new features, components and systems.
release & feature management in a multi-project and multi-disciplinary environment while managing ci systems for testing coverage.

our imaging radar department develops high-performance 4d imaging radar systems for autonomously driving vehicles. the phy algo group is leading the innovative research and the development of the entire algo processing pipeline starting from the iq samples and up to object detection. the group is responsible for the entire radar simulation, including novel waveform design, transceivers, environment, and the radar signal processing pipeline. the group is also leading the phy architecture and developing ai based signal processing. what will your job look like?
research, develop and implement signal processing algorithms.
solve applied radar processing problems.
develop radar and environment simulations for verification of algorithm pipes at the system level.
develop ai based algorithms for radar signal processing. including developing the training and testing environments for these algorithms.
analyze field recorded data and confirm system performance through simulations.

We are expanding our algorithm team working on operational defense command-and-control systems and are looking for a Senior Tracking and Data Fusion Algorithm Engineer. This role focuses on the development of real-time multi-target tracking and sensor fusion algorithms deployed in mission-critical environments This is not a pure ML position. It is a model-based tracking and estimation role with operational deployment responsibility.

our radar team develops cutting-edge radar technology for autonomous driving (av) and advanced driver-assistance systems (adas). we are looking for a Cyber security architect to lead the design and implementation of robust security solutions that protect our radar systems from cyber threats.
in this role, you will define security architecture for radar hardware, Embedded software, and communication interfaces, ensuring compliance with automotive cybersecurity standards and safeguarding mobileyes mission-critical sensing technology.
youll be part of a team shaping the future of autonomous driving. our radar technology is a critical component in delivering safe, reliable, and intelligent mobility solutions. youll work on innovative projects in a collaborative environment, with the opportunity to influence security strategy at a global scale. what will your job look like?
security architecture design - develop and maintain end-to-end security architecture for radar systems, including hardware, firmware, and software components.
threat modeling & risk assessment (tara) - perform threat analysis and risk assessment for radar components, software modules, and communication channels; identify vulnerabilities and design mitigation strategies.
secure communication - implement encryption, authentication, and integrity checks for radar data transmission between hardware and software layers.
secure software design - define and enforce security controls for apis, middleware, and integration points between radar systems and other vehicle subsystems.
compliance & standards - ensure radar systems meet iso 21434, unece wp.29, and other relevant automotive cybersecurity regulations.
collaboration with r&d - work closely with radar engineers, Embedded software developers, and system architects to embed security into the design process.
incident response support - provide architectural guidance during security incidents involving radar systems.
technology evaluation - assess and recommend security tools, frameworks, and methodologies for radar-specific applications.

Our autonomous driving software group is looking for a Linux Kernel Developer who will be responsible for developing Embedded sw products.
this is an exciting opportunity to work with highly talented engineers and be a part of product innovation on cutting edge technologies.
what will your job look like?
researching, designing, and implementing new sw drivers and operating system features, as well as, maintaining, and enhancing existing ones.
you will also be responsible for integrating the sw solutions in our Embedded automotive platforms including the necessary hw bring-up, debug and unit testing to achieve proper operation of the new sw and hw together.

Our autonomous driving software group in looking for an experienced Linux Kernel & security Developer to design and implement secure Embedded software solutions. this is an exciting opportunity to work with highly talented engineers and contribute to cutting-edge security innovations in automotive technologies
what will your job look like?
you will research, design, and implement Linux Kernel drivers and os features, ensuring compliance with security best practices.
maintain and enhance existing Kernel components while mitigating potential vulnerabilities.
integrate Embedded software solutions in our automotive platforms, including hw bring-up, debugging, and unit testing.
conduct threat modeling, penetration testing, and vulnerability assessments for Linux -based Embedded systems.
optimize memory management, i/o, networking, and Storage security within the Linux Kernel.

we are seeking a highly technical program manager to join the execution program management team. in this role, you will drive end-to-end execution across multiple development teams, ensuring delivery against strategic, technical, and operational goals.you will work closely with engineering, research, validation, data, and infrastructure teams to translate roadmaps into executable plans, proactively manage risks, and maintain high development velocity in a complex deep learning environment. what will your job look like:
lead execution planning across multiple development teams, ensuring alignment with product milestones and company objectives.
build and manage detailed execution plans covering feature development, validation cycles, data readiness, infrastructure capacity, and integrations.
monitor progress and proactively drive issue resolution to maintain predictable delivery.
define, track, and analyze execution kpis.
identify execution bottlenecks and drive corrective actions across engineering, data, and infrastructure domains.
support roadmap planning by aligning feature scope with compute resources, validation bandwidth, and data availability constraints.
facilitate execution reviews using dashboards, logs, performance reports, and validation summaries.
coordinate across research, software engineering, DevOps, validation, and infrastructure teams to resolve blockers.
drive transparency, accountability, and operational rigor across stakeholders.
engage directly with development artifacts, including:
- reading and reviewing code.
- running scripts and pipelines (e.g., Python, bash).
- analyzing logs and outputs.
- supporting debugging and validation tracking.
- help diagnose failing tests, integration conflicts, data gaps, and infrastructure bottlenecks.

which department will you join?
epg is a fast-paced, dynamic, and startup-like group responsible for researching, incubating and developing next-generation technologies and ideas, with a strong orientation towards computer vision, Machine Learning, data, and ai.
the group hosts a diverse team of scientists, engineers and developers to research, realize, and bring to market innovative new products, leveraging cutting-edge technologies, skills and capabilities.
were looking for a backend expert to join the growing physical design team, responsible for state of the art SOC design from definition to tape-out. what will your job look like:
hands-on physical design block owner from rtl to gds.
floorplan exploration with guidance and collaboration with Front-End and architecture teams.
sta: work with fe and floor planner to manage block and top level constraints and 1st level of timing analysis.
synthesis exploration and final synthesis netlist: scan insertion @ synthesis, clean checks from lint, upf & spyglass.
place & route: from synthesis netlist to final layout and signoff verification with target to achieve best power performance and area.